Dlubal COMPOSITE-BEAM

Dlubal COMPOSITE-BEAM v8.09.01.130638 [Size: 569 MB] ... The COMPOSITE-BEAM program performs design of composite beams according to ENV 1994‑1‑1:1992‑10. Features: Single-span and continuous beams with definable boundary conditions * Automatic determination of effective cross-sections * Free arrangement of construction supports for construction stage * Free definition of concentrated, linear and linearly variable loads as fixed and variable loads with specification of concrete age on loading * Freely definable construction loads as well as moving construction loads * Automatic load combination * Calculation of cross-section properties according to Method 1 or 2 * Calculation of elastic internal forces with RSTAB * Redistribution of moments * Design of bending and shear force resistance with interaction * Determination of required shear connectors and their distribution * Design of longitudinal shear force resistance * Results of governing support reactions for construction and composite stage including loads of construction supports * Lateral-torsional buckling analysis * Analysis for limitation of crack widths * Design of natural frequency. InPut: When entering the structural model, you can define single-span and continuous beams with or without cantilevers. Furthermore, it is possible to specify different span lengths with definable boundary conditions (supports, releases) as well as any construction support and moment release in the construction stage. For a complete cross-section, you can create typical composite beam sections on the basis of steel girders (I-sections) with solid concrete flanges, precast plates, trapezoidal sheets or tapered solid ceilings. It is also possible to grade cross-sections by means of beam lengths, optionally with concrete encasement. Illustrative figures facilitate the entry of additional transverse reinforcements for trapezoidal sheeting, profile stiffeners and angled or circular openings in the web. The self-weight is automatically applied when entering loads. In addition, it is possible to consider fixed and variable loads by specifying the concrete age at the beginning of loading for creeping, and to define single, uniform and trapezoidal loads freely. COMPOSITE-BEAM automatically creates a load combination based on the data of individual load cases.

Dlubal COMPOSITE-BEAM v8.09.01.130638


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